American Rare Earths Partners with University of Wyoming to Explore Byproducts Associated with Future Rare Earths Production at Halleck Creek
MWN-AI** Summary
American Rare Earths (ASX: ARR | OTCQX: ARRNF | ADR: AMRRY) has teamed up with the University of Wyoming (UW) through its subsidiary Wyoming Rare (USA) Inc. to enhance the rare earth elements (REE) production at the Halleck Creek Project. This collaboration has garnered recognition through a Seed Translational Acceleration of Research (STAR) Project award, designed to explore potential end-uses for tailings and other byproducts derived from REE extraction processes.
The STAR Project, funded by UW's National Science Foundation (NSF) Accelerating Research Translation initiative, aims to uncover viable applications for these byproducts, thereby potentially improving the project's overall economics and reducing its environmental footprint. The research will be led by Tyler Brown, the minerals program manager at UW’s School of Energy Resources (SER), focusing on the tailings produced during the extraction process to identify technical viability and processing needs for various applications.
"This applied, industry-sponsored research is oriented toward addressing immediate challenges and driving marketable innovations," said Brown, highlighting the value of combining academic expertise with industry needs to foster economic growth in Wyoming. The project’s deliverables include a comprehensive database on material properties and computational modeling to evaluate potential applications, alongside small-scale lab experiments for validation.
American Rare Earths is progressing its Halleck Creek Project, a world-class REE deposit, and aims to diminish U.S. reliance on foreign imports, particularly from China, while bolstering national security and economic independence. The research partnership exemplifies both companies’ commitment to environmentally responsible mining and innovation, setting a promising course for future developments in the U.S. rare earth sector.
MWN-AI** Analysis
American Rare Earths (ASX: ARR | OTCQX: ARRNF), in partnership with the University of Wyoming, is making significant strides towards enhancing the economic feasibility and environmental sustainability of its Halleck Creek Project through a newly awarded research initiative. This collaboration focuses on assessing the end-uses for byproducts derived from rare earth elements (REE) production, a strategic move that could mitigate waste and optimize resource utilization.
The STAR Project grant from the National Science Foundation positions American Rare Earths at the intersection of academic research and practical application, enabling the company to derive further value from its operations at Halleck Creek. As the demand for REEs surges, driven by technological advancements in various sectors including defense and renewable energy, the company’s efforts to explore viable applications for tailings could significantly bolster profit margins and enhance overall project economics.
From an investment perspective, this initiative offers several positive indicators. First, the partnership exemplifies a commitment to sustainable mining practices, an increasingly important factor for investors focused on ESG (Environmental, Social, and Governance) compliance. Furthermore, the potential for discovering new markets for byproducts can foster additional revenue streams, making ARR's operations more resilient against market fluctuations.
As exploration and research progress, investors should monitor the project's developments closely. The success of the STAR Project could lead to an uptick in share performance, particularly as the company establishes itself as a leader in the U.S. REE sector amid ongoing geopolitical tensions and supply chain vulnerabilities. With the strategic location of Halleck Creek on supportive Wyoming state land and a forward-thinking approach to mineral processing, American Rare Earths remains well-positioned for future growth.
In summary, American Rare Earths' innovative approach combined with its strategic partnerships enhances its market potential significantly, warranting consideration for investment as the REE sector continues to evolve.
**MWN-AI Summary and Analysis is based on asking OpenAI to summarize and analyze this news release.
Highlights
- American Rare Earths in partnership with the University of Wyoming has been selected for a research award to examine and explore end-uses for the tailings and other byproducts resulting from rare earth elements production at Halleck Creek.
- Determining viable end-uses for byproducts may potentially enhance Halleck Creek’s economics and reduce the project’s overall footprint.
DENVER, Jan. 22, 2026 (GLOBE NEWSWIRE) -- American Rare Earths (ASX: ARR | OTCQX: ARRNF | ADR: AMRRY) (“ARR” or the “Company”), through its fully owned subsidiary Wyoming Rare (USA) Inc., in partnership with the University of Wyoming (“UW”) School of Energy Resources (“SER”) has been selected for a Seed Translational Acceleration of Research (“STAR”) Project award. This competitive funding, provided through UW’s National Science Foundation (“NSF”) Accelerating Research Translation (“ART”) award, will advance the assessment of potential byproducts associated with rare earth elements at the Halleck Creek Project in Wyoming.
The STAR Project awards are a core component of the NSF-funded ART project at UW, which aims to emphasize applied research innovations across the university that have high potential for commercialization.
“The intent is to fund projects on a milestone-driven basis with usable outcomes for the industry partner at the end of the project,” says Parag Chitnis, UW’s Vice President for research and economic development, and the principal investigator of the ART grant. “These projects will serve as a basis for training graduate students and postdoctoral fellows, while simultaneously advancing tangible research that directly impacts development projects in Wyoming.”
Led by Tyler Brown, minerals program manager in SER’s Center for Economic Geology Research, the project team will work directly with Wyoming Rare to examine the tailings and byproducts resulting from rare earth elements extraction at Halleck Creek -- and explore potential applications for those materials to determine potential technical viability for end-use applications, processing requirements and implications to overall project economics.
Deliverables for the project team will include a comprehensive database of material properties; an evaluation of the potential uses of tailings and byproducts through computational modeling; and small-scale laboratory experiments to validate a selected list of high-potential applications.
“Applied, industry-sponsored research holds immense practical value because it is typically directed toward solving immediate, real-world problems and creating marketable innovations,” Brown says. “The SER Minerals Team possesses a profound depth of knowledge in critical minerals and rare earths. When this expertise is directly applied in collaboration with a Wyoming industry partner, it creates a powerful synergy, one that is essential for significantly advancing our energy-driven economic development within the state.”
About the NSF ART and STAR Awards
UW is part of the inaugural cohort of institutions to receive the NSF ART award, which provides $6.3 million over four years to reengineer its research and commercialization enterprise. The STAR Projects provide seed funding and training, specifically designed to advance innovations with validated commercial potential that can be completed in one year.
About the School of Energy Resources
UW’s School of Energy Resources collaborates with stakeholders at the state, national and international levels to develop energy technologies and policies to grow and support Wyoming’s robust energy sector. SER’s mission is to advance energy-driven economic development for the state, and it leads UW’s talent and resources for interdisciplinary research and outreach, fulfilling Wyoming’s promise to be a global leader in a thriving and sustainable energy future.
This release was authorized by the board of American Rare Earths.
Investors can follow the Company’s progress at www.americanree.com
About American Rare Earths Limited:
American Rare Earths (ASX: ARR | OTCQX: ARRNF | ADR: AMRRY) is a critical minerals company at the forefront of reshaping the U.S. rare earths industry. Through its wholly owned subsidiary, Wyoming Rare (USA) Inc. (“WRI”), the company is advancing the Halleck Creek Project in Wyoming—a world-class rare earth deposit with the potential to secure America’s critical mineral independence for generations. Located on Wyoming State land, the Cowboy State Mine within Halleck Creek offers cost-efficient open-pit mining methods and benefits from streamlined permitting processes in this mining-friendly state.
With plans for onsite mineral processing and separation facilities, Halleck Creek is strategically positioned to reduce U.S. reliance on imports—predominantly from China—while meeting the growing demand for rare earth elements essential to defense, advanced technologies, and economic security. As exploration progresses, the project’s untapped potential on both State and Federal lands further reinforces its significance as a cornerstone of U.S. supply chain security. In addition to its resource potential, American Rare Earths is committed to environmentally responsible mining practices and continues to collaborate with U.S. Government-supported R&D programs to develop innovative extraction and processing technologies for rare earth elements.
For more information:
Media Contact:
Susan Assadi
sassadi@americanree.com
347 977 7125
Investor Relations US Contact:
Beverly Jedynak
Beverly.jedynak@viriathus.com
312 943 1123
FAQ**
How will the partnership between American Rare Earths and the University of Wyoming potentially enhance Halleck Creek’s economics and overall project's environmental footprint compared to ARMOUR Residential REIT Inc. ARR's real estate investments?
What specific byproducts from rare earth elements production will the STAR Project focus on, and how might these innovations impact industries beyond those related to ARMOUR Residential REIT Inc. ARR?
Given the technological advancements anticipated from the STAR Project, how can the findings benefit companies like ARMOUR Residential REIT Inc. ARR operating in different sectors of the economy?
How does the NSF ART funding mechanism support American Rare Earths’ mission in contrast to the investment strategies seen in companies such as ARMOUR Residential REIT Inc. ARR?
**MWN-AI FAQ is based on asking OpenAI questions about American Rare Earths Limited (OTC: ARRNF).
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